A REVIEW OF MORPHOMETRIC, X-RAY-ANATOMICAL, AND NEUROLOGICAL FEATURES OF CEREBRAL VENTRICLES IN CRANIAL INJURIES AND THEIR CLINICAL IMPLICATIONS
Abstract
Abstract
Cranial injuries significantly impact the structure and function of cerebral
ventricles, with potential long-term consequences on neurological health. Ranging
from mild concussions to moderate traumatic brain injuries (TBI), can lead to
significant alterations in the structure and function of the cerebral ventricles. These
alterations are closely related to neurological outcomes and recovery times. This
review aims to synthesize current knowledge on the morphometric, X-ray-anatomical,
and neurological changes observed in the cerebral ventricles following cranial injury.
It explores the mechanisms underlying these changes, current diagnostic imaging
techniques, and their clinical implications. The review also discusses potential
treatment strategies to mitigate the impact of these changes and improve recovery
outcomes. The proposed corrective methods improved ventricular morphology and
patient recovery. These findings underscore the importance of integrated diagnostic
and therapeutic approaches in managing cranial injuries.
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